The load carrying capacities of pipelines with three defects of four configurations and dimensions are determined by a simplified numerical method for both lower and upper bound limit analyses of 3-D structures. Combining the previous load-carrying capacities of 3-D pipelines with both one and two part-through defects, the effects of the number of defects on the load-carrying capacity of pipelines with multi-defects along the pipelineaxis are investigated in detail. The admissible displacements and failure modes of defective pipelines under the action of various loading forms are discussed. The numerical results confirm the applicability of the procedure
Offshore pipelines are commonly utilized to transport oil and gas as it is the most direct and econo...
The paper presents computer simulation results of the pipeline having defects in a welded joint. Aut...
The ultimate bearing capacity of a rigid, plane-strain pipe segment embedded in undrained clay is st...
A simplified numerical method for both lower and upper-bound limit analyses of 3-D structure has bee...
Based on the kinematic theorem of limit analysis, a finite element mathematical programming formulat...
In this paper, a finite element mathematical programming formulation is presented for the kinematic ...
In this paper, the integrity assessment of pressurized pipelines containing defects is performed by ...
A simplified method is proposed to evaluate limit load at incipient plastic collapse for a pipe made...
Local wall thinning is a common defect on the surface of pipelines, which can cause damage to the pi...
In this study, the limit load, shakedown and ratchet limit of a defective pipeline subjected to cons...
This paper is concerned with the integrity assessment of defective pressurized pipelines by direct s...
In this study, the limit load, shakedown and ratchet limit of a defective pipeline subjected to cons...
A finite-element model of a pipe header with a defect in the metal wall was created in the ANSYS sof...
ABSTRACT The limit loads for pipelines with axial surface flaws have been evaluated by using a strip...
Offshore pipelines are commonly utilized to transport oil and gas as it is the most direct and econo...
The paper presents computer simulation results of the pipeline having defects in a welded joint. Aut...
The ultimate bearing capacity of a rigid, plane-strain pipe segment embedded in undrained clay is st...
A simplified numerical method for both lower and upper-bound limit analyses of 3-D structure has bee...
Based on the kinematic theorem of limit analysis, a finite element mathematical programming formulat...
In this paper, a finite element mathematical programming formulation is presented for the kinematic ...
In this paper, the integrity assessment of pressurized pipelines containing defects is performed by ...
A simplified method is proposed to evaluate limit load at incipient plastic collapse for a pipe made...
Local wall thinning is a common defect on the surface of pipelines, which can cause damage to the pi...
In this study, the limit load, shakedown and ratchet limit of a defective pipeline subjected to cons...
This paper is concerned with the integrity assessment of defective pressurized pipelines by direct s...
In this study, the limit load, shakedown and ratchet limit of a defective pipeline subjected to cons...
A finite-element model of a pipe header with a defect in the metal wall was created in the ANSYS sof...
ABSTRACT The limit loads for pipelines with axial surface flaws have been evaluated by using a strip...
Offshore pipelines are commonly utilized to transport oil and gas as it is the most direct and econo...
The paper presents computer simulation results of the pipeline having defects in a welded joint. Aut...
The ultimate bearing capacity of a rigid, plane-strain pipe segment embedded in undrained clay is st...